Screw counter-compatible driver
A counter-compatible screwdriver that prevents forgetting to tighten screws when combined with the screw counter VZOP-STC.
Attached output signal dedicated to the screw counter.
- Company:ハイオス
- Price:Other
Last Updated: Aggregation Period:Mar 25, 2026~Apr 21, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Mar 25, 2026~Apr 21, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Mar 25, 2026~Apr 21, 2026
This ranking is based on the number of page views on our site.
451~480 item / All 910 items
A counter-compatible screwdriver that prevents forgetting to tighten screws when combined with the screw counter VZOP-STC.
Attached output signal dedicated to the screw counter.
A global standard model that achieves extremely low prices while maximizing quality, durability, and easy maintenance!
As the first phase of the functional expansion, we have released the BLG driver. As the second phase, you can update (for a fee) only the functions of the built-in counter BLG-BC1.
Are you troubled by the mixing of screws of different lengths?
The unprecedented driver "Skilled Worker" developed by our company. For example, even if an 8mm screw is mixed in with a 6mm screw, it can detect this during the tightening process and prevent it from being released.
初心者だって、たった30秒で熟練工。
熟練工BLG-ZERO1はドライバー自身がデジタル管理でネジ締め不良をしっかりガード。ティーチングは3ステップのシンプル設定で、初心者でも安心です。
Easy explanations of correct screw tightening methods and basic knowledge of electric screwdrivers with illustrations.
The "Screw Tightening Educational Material" is a document that contains basic knowledge about screws and screwdrivers. Screw tightening work is simple yet complex. It is a field that requires many skills, experiences, and intuition from seasoned professionals. This book consolidates the screw tightening knowledge that beginners need to acquire in order to become experienced, resulting in a document that is thorough, easy to understand, and satisfactory for the reader. If you are looking for something like this, please feel free to contact us. [Contents] ■ Basic knowledge of electric screwdrivers ■ Handling of electric screwdrivers ■ Correct screw tightening procedures ■ Daily inspections before work ■ Tightening Q&A * For more details, please refer to the PDF document or feel free to contact us. * The downloadable PDF document is an excerpt version. If you would like the complete version, please contact us.
Industry's smallest! AC servo motors ideal for miniaturization and high density of semiconductor manufacturing equipment, chip mounters, etc.
The ultra-compact AC servo motor/driver "TBL-imini series" is one of the smallest in the industry. It is ideal for miniaturization and high density in semiconductor manufacturing equipment, chip mounters, and small X-Y tables. Additionally, we offer an ultra-compact AC servo motor series with mounting dimensions of 14.5mm, 19.5mm, and 22mm. We also provide sensors tailored to your needs, including incremental encoder types and resolver types.
High precision, high torque, and capable of closed-loop control with stall detection using an angle detector.
The 2-phase stepper motor/driver is attractive for its high precision, high torque, high speed, and performance suited to various applications. A stepper motor generally receives pulse signals from an external source and attracts the rotor with the electromagnetic force generated in the stator windings, causing the output shaft to rotate by an angle proportional to the number of pulse signals. The rotation speed is determined by the frequency of the input pulse signals (pulse frequency), while the rotation angle is determined by the total number of input pulse signals. The 2-phase step driver can switch between full step and half step modes. For more details, please download the catalog.
Due to its excellent acceleration characteristics, instantaneous operation for starting, stopping, and reversing is possible.
5-phase stepper motors/drivers are superior in many aspects such as resolution, vibration, and high performance compared to 2-phase stepper motors. All models (5-phase stepper motors and 5-phase stepper drivers) comply with RoHS. Stepper motors generally receive pulse signals from an external source, and the electromagnetic force generated in the stator windings attracts the rotor, causing the output shaft to rotate by an angle proportional to the number of pulse signals. The rotation speed is determined by the frequency of the input pulse signals (pulse frequency), while the rotation angle is determined by the total number of input pulse signals. On the other hand, the unit step angle is determined by the mechanical structure of the rotor and stator. Additionally, 5-phase stepper drivers are low-cost and compact. For more details, please download the catalog.
Currently offering a comprehensive catalog! Featuring a wide variety of items including stepping motors!
The comprehensive catalog for the motion control system includes a wide range of products tailored to various applications, starting with the 5-phase stepping motor driver "KR-A5M," the 5-phase stepping motor "20mm square series," and the 1/2-axis compatible motion control units "KR210AU/220AU." Currently, we are offering a free comprehensive catalog! 【Contents】 ○ Selection Guide ○ Product Composition ○ Specifications ○ Connection Diagrams ○ Outline Diagrams For more details, please contact us or download the catalog. *This catalog is a digest version. If you need the full version, please contact us.
Compatible with high-output motors of 12-24V, rated current: 1-3[A].
Driver for brushless DC motors
A type of motor driver that significantly reduces electrical noise generated during PWM control at 12-24V.
Driver for brushless DC motors
EtherCAT Slave Stepper Motor Driver
The QEC-RXXMP series is an EtherCAT stepping motor controller capable of driving three axes simultaneously with a high-speed synchronization of 125μs, using 2-phase bipolar 0.9-degree stepping motors. It is equipped with A, B, and Z encoder interfaces, enabling closed-loop control of the motors. Its core functionality supports EtherCAT standard CiA402 communication and G-code programming language, making it particularly easy to integrate the controller into various systems, such as CNC applications. The compatibility with G-code demonstrates the controller's high adaptability to this programming language.
EtherCAT Slave Pulse Output
QEC-RXXMV3S is a pulse motor driver EthreCAT slave with independent 3-axis control. It supports the CiA 402 device profile and G-code, and is equipped with an encoder interface (A, B, Z).
KTC Resin Handle T-Type Torx Driver
This is a resin-handled T-type Torx driver (hexalobular driver). The base of the handle has a hexagonal section, allowing the use of a wrench when high torque is required. KTC (Kyoto Tool Co., Ltd.) has been pursuing high-quality and safe tools since its establishment in 1950, with the concepts of "safety, comfort, efficiency, and environment" in mind, considering society's need for safety, peace of mind, comfort, and efficiency. It is compliant with EU-RoHS2 standards.
Pulse motor driver
This is an in-house developed pulse motor driver. We are open to consultations regarding its applications and uses.
Direct current amplifier
Piezo driver open-loop control
Open loop control low cost
High-capacity piezo actuator capable of high-speed driving Number of channels: 1 ch Output voltage: ±300V
Ideal for large capacity loads and high-speed operation.
Piezo Driver Open Loop Control Number of Channels: 1ch Output Voltage: -15V to 150V
Piezo driver
Compact and vertical type. Can be installed even on a narrow tabletop. (Successor model of M-2647)
Maximum number of channels: 6ch
Input is 2 systems/channels - A input: non-inverting input (with respect to output) - B input: inverting input (with respect to output)
Low cost, compact, low noise, energy-saving
Compact: Small and vertical type. It can be installed even on narrow tabletops. Low Cost: Achieves approximately 25% cost reduction compared to conventional products. Low Noise: Generates less heat, resulting in very low noise without the use of a cooling fan. Energy Saving: Consumes less than half the current compared to conventional products, reducing running costs. Safe Design: Equipped with a "Slow ON/OFF function" that protects the piezo element during output ON/OFF.
HI-8597 is a 3.3V single-supply ARINC 429 line driver with built-in lightning protection circuitry.
The HI-8597 is a 3.3V single-supply ARINC 429 line driver equipped with internal lightning protection circuitry. The internal lightning protection circuitry allows compliance with RTCA/DO-160G, Section 22 Level 3. The internal 37.5Ω resistance for each output enables direct connection to the ARINC 429 bus. Additionally, this device includes a dual-polarity voltage doubler, allowing it to operate with just four external capacitors using a single +3.3V power supply. Other features include a high-impedance output (tri-state) when both data inputs are high, enabling multiple line drivers to be connected to a common bus. The bus pin has built-in 8kV ESD input protection (HBM), while all other pins are equipped with 6kV functionality. All logic inputs are compatible with 5V or 3.3V. The HI-8597 line driver is intended for use when there is a need to convert logic signals to ARINC 429 levels, such as when using FPGAs or the HI-3586 ARINC 429 protocol IC.
The yarn feeding tension of the industrial knitting machine is controlled using an AC servo motor.
As a front-runner in microcontroller application technology, we develop units that excel in throughput, noise resistance, and maintainability. Additionally, we will establish communication systems between computers and peripheral devices that comply with various standards. 【Configuration】 ○CPU: KL5C8016CFP ○ROM: 32k BYTE ○RAM: 32k BYTE ○I/O: 4 Ports ○RS232C: 3 channels ○AC servo motor driver: 2 units ●For more details, please download the catalog or contact us.
Achieved high-precision temperature control of 2/1000℃.
This is a 2/4 channel digital temperature controller for Peltier elements. Based on the conventional TD-2000/4000R series, it achieves high-precision control of ±0.002℃. The all-in-one TDC series offers six models based on the number of Peltier channels (2CH, 4CH) and power supply voltage (8V, 15V, 24V), all of which can use platinum resistance thermometers, thermistors, and IC sensors (optional) as temperature sensors. Additionally, it comes standard with RS232C communication functionality, and options are also available, allowing it to accommodate various systems.
Peltier Controller Driver TDC-1640/1660 Series
1ch Digital Controller for Large Capacity Peltier Elements (1200W/1800W Type) 【Features】 ○ The temperature conversion section, PID control section, and bipolar high-efficiency constant current drive section are integrated, allowing for temperature control of the Peltier element simply by supplying AC power. ○ Achieves control stability of ±0.03°C despite being a high-power type. ○ Standard equipped with an interface for computers, making it compatible with various systems. ○ Compact and high precision. ○ High-speed control cycle of 10 times/second. ○ Can select and use temperature sensors (Pt100, thermistor) from the display panel. ○ Utilizing the interface with a computer, various temperature control systems can be constructed. ○ Usable with a maximum drive voltage of 150V / maximum drive current of 20A. ● For other functions and details, please download the catalog.
1/100℃ control accuracy Peltier controller driver TDC-2000/4000R series
High-precision ±1/100℃ control stability achieved 2/4CH digital temperature controller for Peltier elements 【Features】 ○ Compact and high precision - Achieves high-precision temperature control of 1/100℃ with a measurement resolution of 1/1000℃ and our proprietary microcurrent control circuit - Advanced software technology allows for simple and compact hardware - In addition to standard PID control, it includes suppression control that limits overshoot to 0.1℃ and temperature gradient control that maintains a constant rate of temperature change ○ Multifunctional - Standard auto-tuning function to eliminate the hassle of setting PID constants, along with numerous abnormal detection features ○ Versatile - Both platinum resistance thermometers and thermistors can be used as sensors - Can build various temperature control systems using an interface with a computer ● For other functions and details, please download the catalog.
No need to change the workpiece! Leave the streamlining and cost reduction of shaft processing to us.
Unlike the chucking type, the face driver offers: - Drive without the need for a tailstock due to workpiece end face centering - Reduction in processing time through process consolidation - No need to flip and re-grip the workpiece ⇒ No worries about misalignment - High-precision machining based on a center reference - Capable of turning, grinding, and milling operations Therefore, it is recommended for those who: - Want to machine large workpieces without flipping them, in a single process - Prefer to machine without chucking, as the areas held by the chuck cannot be processed - Want to improve machining accuracy for slender workpieces using a center reference In such cases, machining with a face driver can provide a solution! *For detailed case information, please refer to the related links. For more information, feel free to contact us.
We offer a wide variety of items! We also have electrical tools and scientific instruments available.
We would like to introduce the "logistics equipment, packaging materials, tools, and consumables" that we handle. We offer a wide range of items necessary for manufacturing sites and warehouse operations. 【Lineup (partial)】 ■ Electric screwdrivers, torque wrenches ■ Various tools ■ Measuring instruments ■ Soldering peripherals ■ Adhesives, sealants, tapes ■ Dispensers ■ Cardboard, dump boxes ■ Packaging materials (such as stretch film) We have a track record of producing custom cushioning materials tailored to our customers' products. We also accept requests for made-to-order items.
Streamline quality control and verification tasks! A digital torque driver that supports tightening screws and bolts as well as final checks!
The "DID-4" is a torque driver suitable for managing the tightening torque and loosening torque of screws and bolts. In addition to its lightweight and compact design, it is cordless, enhancing operability. It allows for stable measurements even during long hours of work. Equipped with convenient features such as pass/fail judgment function and screw tightening counter function, it enables efficient work. 【Measurement Range】 0.020 to 4.000 N·m 【Features】 ■ Equipped with "Pass/Fail Judgment Function" By setting upper and lower limits, you can confirm pass/fail judgment within the specified range. Up to 5 sets of settings can be saved. ■ Equipped with "Screw Tightening Counter Function" It records the number of screws tightened, preventing forgetting to tighten or insufficient tightening. ■ Memory Data: 800 entries ■ Connectable to a computer Standard USB type (B) data output is equipped, making it easy to connect to a computer for data saving. *For more details, please download the catalog or contact us.